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Showing results for tags 'RSRQ'.
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A good friend of mine, who's an Engineer in real life, just made a really good post and I wanted to share it here for further comment. PDF attachment PDF note: Tapatalk cannot parse links with the % sign in it. Please access from your browser Source: MyBroadband forums A friendly warning. The source forum has a lot of religious and other anti-social content so browse at your own risk. Also see: An introduction to SA carriers
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Tonight, I tracked four live LTE sites along the K-7 corridor in the western suburbs of Kansas City. The four sites from north to south are as follows: KC03XC117 (K-7 and 83rd St) KC03XC166 (K-7 and K-10) KC13XC367 (K-7 and 119th St) KC60XC066 (downtown Olathe) Much like PN offsets, serving cell IDs are sequential, their trailing two digits following a clockwise pattern among the three sectors (N/SE/SW) on each site. The serving cell IDs for the three sectors of the four sites are as follows: 04C07D01/04C07D02/04C07D03 04C09001/04C09002/04C09003 04C13F01/04C13F02/04C13F03 04C1A901/04C1A902/04C1A903 Now that multiple, adjacent sites (rather than single, isolated sites) have gone live, very strong signal close in to a site with direct line of sight averages around -85 dBm RSRP and -6 dB RSRQ. Finally, I intentionally drove out of the live LTE footprint to observe the fallback to eHRPD (EV-DO). I did this twice and observed that the drop threshold for LTE seems to be set approximately -123 dBm RSRP. AJ- 20 replies
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